About Vic Grout
Futurist. Socialist. Vegan. Doomsayer.
Ethics/Futurology Professor.
Author of 'CONSCIOUS' https://vicgrout.net/the-book/
What makes something sentient? What does it take for an entity to be aware of its own existence and to want to interact with the world of its own accord? Is it a gift from God or hard science? Is it something fundamentally human or animal in nature or is it a simple technological principle based on brain size? There are many models, of course. But, if consciousness is simply a natural product of neural complexity then eventually, in theory, we might build something – a computer or a machine – that was actually big enough to wake up!
Oh, wait …!
The widespread ramblings, which have appeared on this blog over the years, now make a partial contribution to a novel: http://tinyurl.com/VicGroutConscious

Vic Grout’s Conscious is set a year or three into the future. The ‘Internet of Everything’ is making the world a more connected place than ever before. People’s lives are becoming increasingly automated. But something odd is happening … ‘Things’ are beginning to misbehave and no-one can work out why. What starts as an amusing inconvenience quickly becomes very serious indeed!
A ragged bunch of academics, scientists and philosophers are on the case – and may know the answer. But now they have to convince people that their crazy explanation is true. And that’s only the start. Against a backdrop of a world suddenly beginning to fall apart, they’re in a race against time to get someone to do anything about it. And not everyone is on their side!
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Leave a comment | tags: AI, Artificial intelligence, Big Connectivity, Big Data, Brain, Consciousness, Emerging technologies, Internet of Everything, Internet of Things, Real Internet of Things, Science fiction, Sentience, Technological singularity | posted in Academia, Algorithms, Computer Science, Computing, Education, Engineering, General, Hardware, Industry, Mathematics, Philosophy, Politics, Programming, Science, Software
Both local interest and time-critical, this one …
Historic court files revealing the details of World War Two enigma codebreaker Alan Turing’s convictions for homosexual behaviour are to go on public display for the very first time.
http://chesterpride.co.uk/turing-display/

The story of Alan Turing’s vital contribution to the Allied campaign during World War Two was brought to life in the film, Oscar-winning The Imitation Game. And now, the record of what followed in Cheshire’s courts is available for public viewing.
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Leave a comment | tags: Alan Turing, Legal, Prosecution | posted in Politics
We could be well-advised to take note of this word. We may be hearing a lot more of it …
Actually, in truth, we’ve already used it a few times before in this blog but perhaps now might be a good time to have a closer look at what it is and what it might mean?

It’s always dodgy making claims like this but the term technocapitalism was probably effectively coined by Professor Luis Suarez-Villa in Technocapitalism: A Critical Perspective on Technological Innovation and Corporatism (2009) and developed further in Globalization and Technocapitalism: The Political Economy of Corporate Power and Technological Domination (2012). [Yes, it may have been used before this, but it gets very hard to track these things down accurately.]
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8 Comments | tags: Automation, Capitalism, Creativity, Emerging technologies, Technology corporations, Wealth distribution | posted in Industry, Politics
It’s the holiday time of year: so a slightly lazy post for August. Adapted from a letter published in this month’s edition of Mathematics Today …
For anyone who’s worked in the ‘Twilight Zone’ between mathematics and computer science for any time, June’s Mathematics Today article, Urban Maths: A Roundabout Journey [on rounding issues in computer calculations], would have struck a distinct chord. They will have often come across situations in which mathematicians and computer scientists don’t quite see eye to eye. The following, fairly well-known, combinatorial exercise is another good example.
How many ordered ways are there of summing contributions of 1 and 2 to a given integer, n? So, for example, 1+1+2+1+1 and 2+2+2 are two of the 13 different ways of making 6. Call this number f(n) so that, in this example, f(6) = 13.
The standard combinatorial approach is to consider the first term. The only two options, 1 (leaving n-1 to make) and 2 (leaving n-2) lead readily to the recurrence relation f(n) = f(n-1) + f(n-2). Easy enough, yes, but the interesting question now is what to do with it?
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Leave a comment | tags: Complexity, Fibonacci Sequence, Iteration, Recursion | posted in Algorithms, Computer Science, Mathematics, Programming, Software